The dendrograms of UPGMA was similar to the result in clustered heatmap.
Dendrograms of each species showed at least two groups while combined dendrogram showed three groups with intermixing, indicating possible high levels of cross breeding between species.
The MEGA6 (Tamura et al. 2013) and Clustal W Larkinn et al. 2007) software were used to draw dendrograms of 90 different isolated bacterial strains.
Since ties may yield (mle F(n)) different dendrograms of the possible F(n), we define ({D_i}_{ile m}) as the set of such dendrograms.
Distances were used to infer dendrograms of dataset diversity by using the Neighbor joining algorithm implemented in MEGA6 (Tamura et al. 2013).
We also created an importance index for text analytics, which is employed to extract keywords that define the communities and, combined with network topology metrics, to generate dendrograms of relatedness among subtopics.
Cluster dendrograms of community structures based on amplicons from extracted DNA (Fig. 2a; for comparison also RNA (cDNA) is shown in Fig. 2b) from soil-compost mixture samples showed three main clusters: one comprising samples from incubation day 0, one combining samples from incubation days 35 and 48 (highest pyrene degradation activity), and one comprising samples from 160 days of incubation.
Hierarchical clustering analysis based on the contents of ergosterol also showed that 32 tested samples of Ganoderma were grouped into two main clusters, G. lucidum and G. sinense, except two G. lucidum samples (Figure 3). Figure 3 Dendrograms of hierarchical cluster analysis resulting from (A) ergosterol and (B) ten fatty acids in 32 tested Ganoderma samples.
Sample of "AG-3", claimed to be P. quinquefolius by vendor, was actually identified as P. ginseng. Figure 4 Dendrograms of HCA resulting from absolute content (A) and relative content (B) of palmitoleic acid (C16:1) and heptadecanoic acid (C17:0) in 30 tested Panax samples.
Tables 6, 7 show the factor loading and eigenvalues of extracted components during dry and wet seasons, respectively, while Fig. 5a, b shows the dendrograms of analyzed parameters for dry and wet seasons while Fig. 6a, b depicts dendrograms for groundwater sampling points.
These results suggested that by using absolute and relative contents of fatty acids, the Panax species could be discriminated using GC-MS analysis and multivariate statistical analysis, such as PCA and HCA. Figure 3 Dendrograms of HCA resulting from absolute content (A) and relative content (B) of 11 fatty acids in 30 tested Panax samples.
